It’s a Decomposition
Ag in Ag2O has oxidation state = +1
Ag in Ag(s) has oxidation state = 0
O in Ag2O has oxidation state = -2
O in O2 has oxidation state = 0
Ag is "reduced" from +1 to 0 and is therefore the "oxidizing agent"
O is "oxidized" from -2 to 0 and is therefore the "reducing agent"
so this is an "oxidation-reduction" reaction. aka redox.
at the same time, it is also a decomposition reaction. a decomposition reaction goes like this.. AB ---> A + B
it isn't a synthesis reaction, that would look like A+B ---> AB
Nor is it a combustion reaction. That would be A + O2 ---> AxO2
so the correct answer is (e). two of these. (a) and (c)
2HgO --> 2Hg + O2 is a decomposition reaction, in which mercury oxide is decomposed into the element mercury and oxygen gas. A decomposition reaction is one in which a more complex substance is broken down into its simpler components.
Its reaction is decomposition because it is complex to two simple elements
I9
Decomposition
Like all metals calcium will lose electrons.
I do not think that Bromine behaves like Krypton in chemical reactions. Krypton is very unreactive due to the fact that it has a full stable set of valence electrons, and Bromine is extremly reactive and has high electronegativity because is does not have a full stable set of valence electrons. Although, I do suppose that if a Bromine atom were to become a negative ion (Br+1) by gaining another electron, it would act as if it were a Krypton atom.
Bacteria, like all living organisms, function by means of a complicated series of chemical reactions. Chemical reactions happen differently when there is a large difference in temperature. Low temperatures have a particular danger, which is that water freezes and it expands when it freezes, which will cause it to rupture the cell membrane of the bacterial cell. High temperatures cause all sorts of new reactions to occur which would not occur at lower temperatures, and these new reactions will also destroy a cell, even more thoroughly than low temperatures will. In less technical terms, high temperatures will cook the bacteria.
A rain drop if it is rain and a snow flake if it is snow.
Nuclear reactions do not produce gases, except for some of the fission products which are gaseous, like xenon, but these are contained securely within the fuel rods and would only be released in the event of a fuel melt down. So nuclear power does not produce greenhouse gases.
If we are talking about a normal arrow, then no. if " -> " is rotated 90 degrees, it would not look the same as it did before. It would look something like this: ^ | Which would not be the same.
No, like most metal oxides and nearly all silver compounds, Ag2O is insoluble in water.
i would like to know which direction the arrow on the fuel filter is to be facing towards the motor or fuel tank
That would be Artemis, goddess of the hunt and the moon, who's weapon is a bow and arrow like her twin brother, Apollo.
You click onthe font arrow and pick which ever one you would like.
silver jacket jeans bow and arrow and knife
Easy! Duck like you normally would! Point your arrow down.
its like a fake arrow to practice your shooting withbut i may not be right...
Heptagon
The name of the arrow in a Chemical Equation is called the yield.
Well as you can see, 4 and 4 backwards looks like an arrow, put them together and then, ta-da! An arrow!
An arrow that intersects with an arrow coming from the side